DMCP is a semantic tool discovery protocol that solves the problem of too many tools in MCP servers. It realizes on-demand query-driven tool discovery through vector search, significantly reducing token consumption and improving the accuracy of tool selection.
2.5 points
6.5K

What is DMCP?

DMCP is an intelligent tool discovery protocol specifically designed to solve the 'tool explosion' problem that AI assistants encounter when using multiple tools. When you connect more than 20 different services (such as GitHub, Jira, Notion, etc.), the AI assistant needs to handle hundreds of tools, which can lead to slow responses and inaccurate selection. DMCP allows the AI assistant to search for tools 'on-demand' through semantic search instead of loading all tools at once.

How to use DMCP?

Using DMCP is very simple: 1) Start all services with one click via Docker; 2) Index your tools into the system; 3) Configure the DMCP server in VS Code. After the configuration is complete, the AI assistant can search for tools through natural language queries, such as 'Create a GitHub issue' or 'Query Kubernetes logs'.

Applicable scenarios

DMCP is most suitable for the following scenarios: 1) Developers use multiple development tools and services; 2) Teams need to integrate multiple collaboration platforms; 3) AI assistants need to access a large number of APIs but don't want to be flooded with all tools; 4) You want to reduce the response time of the AI assistant and improve the accuracy of tool selection.

Main features

๐Ÿ” Semantic search
Use a specially trained AI model to understand the natural language descriptions of tools and accurately match user intentions. For example, searching for 'Ticket management' can find relevant tools in Jira.
โšก Fast response
The search latency is only about 50 milliseconds, reducing the token usage by 98% compared to traditional methods and significantly improving the response speed of the AI assistant.
๐Ÿ”„ Connection stability
Automatic retry mechanism, health check, and reconnection function ensure automatic recovery in case of service interruption and provide reliable tool access.
๐Ÿณ Docker ready-to-use
Provide a complete Docker Compose configuration, including a Redis vector database and an embedding service, to start all dependent components with one click.
๐Ÿ“Š Observability
Built-in health check endpoints, session logs, and connection status monitoring facilitate operation and maintenance and fault troubleshooting.
โœ… Tested
It contains 56 unit tests to ensure the stability and reliability of core functions.
Advantages
Significantly reduce the token usage of the AI assistant (by 98%), reducing costs and improving speed
Improve the accuracy of tool selection, so that the AI assistant won't be confused among hundreds of irrelevant tools
Load tools on-demand, and only the searched tools will be activated, reducing memory usage
Support natural language queries, so users don't need to remember specific tool names
Ready to use out of the box, with simple Docker deployment and no complex configuration required
Limitations
Require additional services (Redis and embedding service), increasing system complexity
It takes time to index tools for the first time (about 45 seconds to index 440 tools)
The accuracy of semantic search depends on the quality of the training model
Need to maintain the update of tool descriptions, and newly added tools need to be re-indexed

How to use

Start the service
Use Docker Compose to start all necessary services, including the Redis vector database and the embedding service.
Index tools
Run the indexer to import the tools in your MCP server into the DMCP system.
Configure VS Code
Add the DMCP server address to the MCP configuration file in VS Code.
Start using
In VS Code or GitHub Copilot, the AI assistant can now search for tools through the search_tools command.

Usage examples

GitHub issue management
A developer wants to create a GitHub issue for a discovered bug in VS Code but doesn't know which specific tool to use.
Kubernetes operation and maintenance
An operation and maintenance personnel needs to check the logs of a pod in the Kubernetes cluster, but there are multiple tools available in the cluster.
Cross-platform document search
A project manager needs to search for relevant documents across multiple platforms (Notion, Confluence, Google Docs).

Frequently Asked Questions

Which MCP servers does DMCP support?
How does DMCP ensure the accuracy of search?
What needs to be done after adding new tools?
Will DMCP affect the existing workflow?
What is the performance of DMCP?

Related resources

MCP official documentation
Official specifications and documentation for the Model Context Protocol
GitHub repository
Source code and latest updates of DMCP
Research paper
Research paper 'Retrieval Models Aren't Tool-Savvy' on the tool retrieval model
ToolRet model
Specially trained tool retrieval model used by DMCP
Demo video
Demonstration and solution of the MCP tool overload problem

Installation

Copy the following command to your Client for configuration
Note: Your key is sensitive information, do not share it with anyone.

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